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A STUDY ON TECHNOLOGICAL PROPERTIES OF METALL IC SURFACES MARKED WITH DATA MATRIX CODES WITH LASER TECHNOLOGY.

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Bibliographic Details
Title: A STUDY ON TECHNOLOGICAL PROPERTIES OF METALL IC SURFACES MARKED WITH DATA MATRIX CODES WITH LASER TECHNOLOGY.
Alternate Title: Badanie właściwości technologicznych powierzchni metalowych oznaczonych kodami Data Matrix w technologii laserowej. (Polish)
Authors: DUDZIŃSKA, Sara, BACHTIAK-RADKA, Emilia, GROCHAŁA, Daniel, BERCZYŃSKI, Stefan
Source: Journal of Machine Construction & Maintenance; 2018 1st Quarterly, Issue 1, p91-101, 11p
Subject Terms: METALLIC surfaces, STEEL, METAL products, ELECTROLYTIC corrosion, ALUMINUM
Abstract (English): Marking products manufactured from steel and non-ferrous metals is a very important part of the process. Generally, they are used in the production of parts responsible for the health and safety of people in the airline, automotive, and machine industries. The tessellated code is usually applied on the surfaces by laser techniques in the initial phase of the process. A shaping method of the surface that contains the encoded data of the dimensions and used technology must be readable despite subsequent treatment. The surface of the code must be resistant to mechanical damage, further processing, and electrolytic corrosion. The article will present the test results for aluminium surfaces marked by laser; wherein, as a result of a subsequent electrolytic treatment, a different class code and the contrast between pixels were acquired. [ABSTRACT FROM AUTHOR]
Abstract (Polish): Znakowanie produktów wykonanych ze stali i metali nieżelaznych jest bardzo ważną częścią procesu. Kodowania danych są wykorzystywane po produkcji części odpowiedzialnych za zdrowie i bezpieczeństwo ludzi w branży lotniczej, motoryzacyjnej i maszynowej. Mozaikowy kod jest zwykle nałożony na powierzchnie za pomocą technik laserowych w początkowej fazie procesu. Sposób oznaczania powierzchni, która zawiera zakodowane dane procesowe oraz technologia oznaczania wyrobu muszą zapewniać możliwość odczytywania tych informacji pomimo dalszego przetwarzania. Powierzchnia kodu musi być odporna na uszkodzenia mechaniczne, dalszą obróbkę i korozję elektrolityczną. W artykule zostaną przedstawione wyniki badań dla powierzchni aluminiowych oznaczonych laserem, w których w następstwie obróbki elektrolitycznej następowała utrata jakości kodu i kontrast pomiędzy pikselami. [ABSTRACT FROM AUTHOR]
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Database: Complementary Index
Description
Abstract:Marking products manufactured from steel and non-ferrous metals is a very important part of the process. Generally, they are used in the production of parts responsible for the health and safety of people in the airline, automotive, and machine industries. The tessellated code is usually applied on the surfaces by laser techniques in the initial phase of the process. A shaping method of the surface that contains the encoded data of the dimensions and used technology must be readable despite subsequent treatment. The surface of the code must be resistant to mechanical damage, further processing, and electrolytic corrosion. The article will present the test results for aluminium surfaces marked by laser; wherein, as a result of a subsequent electrolytic treatment, a different class code and the contrast between pixels were acquired. [ABSTRACT FROM AUTHOR]
ISSN:12329312